MRI SCAN LEFT WRIST, in Visit Clinic

An MRI of the wrist provides detailed images of bones and bone marrow, cartilage, ligaments (including the TFCC), tendons, nerves, blood vessels and surrounding soft tissues. It detects occult fractures, ligament or tendon tears, cartilage damage, inflammatory or infectious changes, cysts or tumors, and arthritis. MRI also helps assess swelling, fluid collections and post-surgical or degenerative changes for diagnosis and treatment planning.

Wrist MRI costs vary by country and setting. In the United States, expect roughly $400–$3,000+ out-of-pocket (often $1,000–$2,000 typical) depending on facility and insurance. In the UK it's free on the NHS; private scans run about £150–£600. In India, private MRI centers commonly charge roughly ₹2,000–₹8,000. Costs rise with contrast, urgent appointments, or specialist centers.

A wrist MRI provides detailed images of bones, ligaments, tendons, cartilage and soft tissues to diagnose causes of persistent pain, swelling, weakness or reduced motion. It detects occult fractures, ligament or TFCC tears, tendon injuries, inflammation, infection, cysts or tumors, and helps plan surgery or guide treatment when X-rays aren’t conclusive. It’s noninvasive and especially useful for soft-tissue assessment.

A wrist MRI scan typically takes about 15–30 minutes for image acquisition. Expect total appointment time of roughly 30–60 minutes including check-in, positioning and brief safety screening. If a contrast injection is required, add about 10–20 minutes. Preparation for claustrophobia or technical difficulties can extend the visit, while open or fast-sequence scanners may shorten scan time.

Yes. MRI of the wrist can detect arthritis and related features—cartilage loss, joint-space narrowing, bone erosions, bone‑marrow edema, synovitis and tendon or ligament involvement. MRI is more sensitive than X‑ray for early inflammatory changes and helps distinguish inflammatory versus degenerative arthritis and guide treatment; contrast may improve synovitis detection. It’s not always first‑line due to cost and availability.

A wrist MRI can detect structural causes of nerve injury—compression by cysts, swelling, inflammation—and show nerve enlargement or abnormal signal and secondary muscle denervation. However, MRI may miss microscopic or purely functional axonal damage; electrodiagnostic testing (nerve conduction studies/EMG) better assesses nerve function. High-resolution MR neurography or ultrasound can improve visualization when available.